35x35x30 Spout Top, Spout Bottom 3000 lbs

$0.00

Source item CPP-30CSS from current inventory.

Quantity / Size(Inches) / Coated / SWL / Construction Type / Top|Bottom / Special Feature 

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Description

35x35x30 new bulk bag. Coated, 3000 lb SWL, U-Panel, Spout Top + Spout Bottom, Siftproof. Source item #: CPP-30CSS.

When production floors are dealing with frequent short runs, oversized bulk bags slow everything down—more handling, more waste, more space consumed than necessary. This 35x35x30 FIBC is engineered for compact, controlled bulk movement where efficiency comes from right-sizing the load, not overpacking it.

Its defining advantage is a streamlined U-Panel build paired with a 3000 lb safe working load, giving operators a dependable bag that’s easier to handle in tighter storage and transport environments. The lower profile improves stability on pallets and reduces shifting during internal movement, which is especially valuable in high-turnover warehouse settings.

The spout top and spout bottom configuration turns this into a fully controlled handling unit. Filling is contained and efficient through a top spout connection, while discharge is managed through the bottom spout for clean, directed flow into downstream equipment. This reduces manual intervention and keeps material movement consistent from start to finish. Siftproof seams further ensure that fine particles remain contained, even during aggressive handling or repeated transfers.

This format is commonly used in operations handling resin pellets, agricultural products, construction additives, food ingredients, and light industrial powders where smaller batch control is critical. The coated woven polypropylene fabric helps resist moisture exposure while preserving structural integrity under repeated lifting cycles. Reinforced stitching at all stress points adds durability where it matters most.

Source item CPP-30CSS is a practical, space-conscious FIBC solution built for operators who need reliable containment, cleaner handling, and faster cycle efficiency in compact load environments.